CN205626561U - Antibiotic processing apparatus of ultrasonic atomization - Google Patents
Antibiotic processing apparatus of ultrasonic atomization Download PDFInfo
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- CN205626561U CN205626561U CN201620104466.0U CN201620104466U CN205626561U CN 205626561 U CN205626561 U CN 205626561U CN 201620104466 U CN201620104466 U CN 201620104466U CN 205626561 U CN205626561 U CN 205626561U
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Abstract
The utility model provides an antibiotic processing apparatus of ultrasonic atomization arranges antibiotic liquid the mixed cistern of atomizing cabin in, is the agent of fog type through the ultrasonic atomization ware that mixes the cistern configuration with the atomizing of antibiotic liquid to carry out the concentration accumulation in the cabin that atomizes, first mouthful of rethread atomizing cabin intercommunication function cabin is shifted the agent of fog type to the function cabin, and pending article is placed to the function under -deck, and rotating device does the rotational motion with pending article to with the surface of fog type agent homodisperse to pending article, so that antibiotic processing. The utility model discloses it provides wider sterilization effect still to have ozone generator, in the function cabin when vacant, possesses the function for self under -deck germicidal treatment.
Description
Technical field
This utility model relates to antimicrobial treatment device, concrete a kind of ultrasonic atomization antimicrobial treatment device.
Background technology
People's articles for daily use all do not have convenient antimicrobial treatment device at present, conventional medicated clothing easily produces foreign odor, shoes are easily polluted by sweaty foot and are substantially reduced the wear time in the wearable life-span, and mobile phone used in everyday the most easily by various germ contaminations, affects the health of our daily life.
Therefore a kind of antimicrobial treatment device for daily life of proposition is needed badly.
Utility model content
The purpose of this utility model is to provide a kind of ultrasonic atomization antimicrobial treatment device, solves one or more in above-mentioned technical problem.
This utility model provides a kind of ultrasonic atomization antimicrobial treatment device, including
Atomization cabin, is mist type agent for being atomized by medicament mixed liquor, and for mist type agent is carried out concentration accumulation；
Function cabin, for placing pending object；
First ventilation unit, for being transferred to function cabin by the mist type agent in atomization cabin；
Tumbler, for making pending object rotate motion；And
Ozonator；
Wherein, atomization cabin is configured with the first in connectivity capabilities cabin, and the mist type agent in atomization cabin is transferred to function cabin by first；
Atomization cabin is configured with mixing liquid bath, is used for placing medicament mixed liquor；
Mixing liquid bath is configured with for medicament mixed liquor is atomized the soniclizer for mist type agent.
The ultrasonic atomization antimicrobial treatment device of this utility model offer, is placed in the mixing liquid bath in atomization cabin by antimicrobial fluid, and antimicrobial fluid being atomized by the soniclizer of mixing liquid bath configuration is mist type agent, and carries out concentration accumulation in atomization cabin；By the first in atomization connectivity capabilities cabin, cabin, mist type agent is transferred to function cabin again, pending object is placed in function cabin, pending object is rotated motion by tumbler, with the surface by object dispersed to pending for mist type agent, in order to antimicrobial treatment.Ozonator provides this utility model wider array of antibacterial range.This utility model is made to have the most treatable function of the articles for use to every field.Further, when function cabin is vacant, possess to the function of sterilization treatment in self cabin.
In some embodiments, this utility model also includes that ozone occurs cabin, and ozonator is positioned at ozone and occurs cabin, ozone generation cabin to be configured with the 7th mouthful of connectivity capabilities cabin.
Occur cabin that the ozone produced carries out concentration accumulation by ozone, and be delivered to function cabin if desired by the ozone after concentration being accumulated with the 7th of connectivity capabilities cabin the mouthful.
In some embodiments, this utility model also includes that the second ventilation unit, the second ventilation unit include three fan, and three fan is installed on the position of the 7th mouthful.Three fan is dried towards the direction of function cabin at the 7th mouthful.
There is the ozone of concentration accumulation in cabin to function cabin delivery of ozone in three fan, accelerates mass exchange, the uniformity of ozone content in raising function cabin.
In some embodiments, function cabin has the 8th mouthful for gas backstreaming in function cabin to ozone occurs cabin.
Convenient backflow, and in function cabin, form certain gas flow shape.Certainly, this utility model does not limit to and uses the 8th mouthful of conduct backflow, within using outside air to should also be as belonging to protection domain of the present utility model.
In some embodiments, the second ventilation unit includes that the 4th fan, the 4th fan are installed on the position of the 8th mouthful.
The direction blowing in cabin is there is towards ozone in the 4th fan at the 8th mouthful.
In having the embodiment of the 8th mouthful, as the 7th mouthful is installed the three fan that oriented function cabin direction acts on, then the 4th fan is used for improving convection effects.
In having the embodiment of the 8th mouthful, such as the 7th mouthful of three fan being fitted without the effect of oriented function cabin direction, then the 4th fan is for providing the air-flow of function cabin that ozone occurs in cabin the ozone extrusion ozone after concentration accumulation cabin occurs.
In some embodiments, ultrasonic atomization antimicrobial treatment device also includes the third channel connecting the 7th mouthful and function cabin.
Larger range of action effect is provided.
In some embodiments, ultrasonic atomization antimicrobial treatment device also includes connecting the 8th mouthful and the fourth lane in ozone generation cabin；
Larger range of action effect is provided, increases the scope that can act on.
In some embodiments, ozone generation freight space is in function cabin；
In all embodiments with ozone generation cabin, ozone occurs cabin to may be located at outside function cabin, it is also possible to being positioned at inside function cabin, this is not restricted by this utility model.
In some embodiments, third channel and fourth lane non-structure border.
The concrete form of third channel and fourth lane is not restricted by this utility model, and third channel and fourth lane can each have independent passage；Non-structure border refers to that third channel and fourth lane are an entirety, and this part of the whole is for the function of delivery air in function cabin of execution the 7th mouthful, the function of the another part of this entirety the ozone generation cabin internal reflux gas for performing the 8th mouthful.This do not have entity structure border, but there is the structure that function is different, referred to as non-structure border.This embodiment should also be as belonging to protection domain of the present utility model.
In some embodiments, the first ventilation unit includes the first fan, and the first fan is dried towards the direction of function cabin at first.
First ventilation unit passes through the mist type agent after concentration is accumulated by the first fan to the transfer of function cabin.
The position of the first fan is not specifically limited by this utility model, as long as shifting gas by first to function cabin, can be proximate in the atomization cabin at first by the first fan；Can also be proximate in the function cabin at first, these all should be within protection domain of the present utility model.
In some embodiments, function cabin has for by second mouthful of gas backstreaming in function cabin to atomization cabin.
Under first is provided with the embodiment of the first fan dried in the direction towards function cabin, as gas backstreaming, function cabin has for by second mouthful of gas backstreaming to atomization cabin.
It is pointed out that to maintain the stable gas pressure in atomization cabin, in there is second mouthful or not there is the embodiment of second mouthful, can separately open the 6th mouthful be in communication with the outside.During to keep mist type agent from atomization cabin to the transfer of function cabin, the external world can provide extraneous gas to supplement the air pressure in atomization cabin.
In some embodiments, the first ventilation unit includes the second fan, and the second fan is dried towards the direction in atomization cabin at second mouthful.
Under first is provided with the embodiment of the first fan dried in the direction towards function cabin, the second fan of second mouthful of direction blowing can being provided with towards atomization cabin, it is provided that preferably gas backstreaming, reduces the load of the first fan.
Under first is not provided with the embodiment of the first fan dried in the direction towards function cabin, second fan of second mouthful of direction blowing can also being provided with towards atomization cabin, by providing the reflux gas of excess, compressing atomization cabin completes the mist type agent of concentration accumulation to the transfer of function cabin.
In some embodiments, function cabin is configured with the 3rd mouthful of connection first, and ultrasonic atomization antimicrobial treatment device also includes connecting first and the first passage of the 3rd mouthful.
Function cabin directly can carry out mass exchange by first and the 3rd mouthful with atomization cabin, it is also possible to carries out mass exchange by the first passage being separately provided；In the embodiment with first passage, the first fan can be directly mounted in first passage.
In some embodiments, atomization cabin has the 4th mouthful of connection second mouthful, and ultrasonic atomization antimicrobial treatment device also includes connecting second mouthful and the second channel of the 4th mouthful.
Function cabin directly can carry out mass exchange by second mouthful and the 4th mouthful with atomization cabin, it is also possible to carries out mass exchange by the second channel being separately provided；In the embodiment with first passage, the second fan can be directly mounted in second channel.
In some embodiments, atomization freight space is in function cabin.Compact design.
In some embodiments, first passage and second channel non-structure border.
The definition on non-structure border is similar above; such as; function cabin carries out mass exchange with atomization cabin by bar hole (or other special-shaped hole slot); a part for bar hole is for performing the function that mist type agent is transferred to function cabin of first; another part is for the function by gas backstreaming in function cabin to atomization cabin performing second mouthful; deformation in the cognition of these skilled person, it should also belong to protection domain of the present utility model.
The ultrasonic atomization antimicrobial treatment device that this utility model provides does not has many restriction relations to the position relationship of function cabin with atomization cabin, function cabin can be to have the most independent operating cabin with atomization cabin, by first, second mouthful etc. complete mass exchange.Atomization cabin can also be in inside function cabin, and on the cabin inwall within such as function cabin, this is not restricted by this utility model.
The boundary of the above-mentioned first of ultrasonic atomization antimicrobial treatment device, second mouthful, the 3rd mouthful and the 4th mouthful that this utility model provides is the strictest; mass exchange is carried out with atomization cabin by bar hole (or other special-shaped hole slot) in function cabin; a part for bar hole is for performing the function that mist type agent is transferred to function cabin of first; another part is for the function by gas backstreaming in function cabin to atomization cabin performing second mouthful; deformation in the cognition of these skilled person, it should also belong to protection domain of the present utility model.
In some embodiments, in ozonator is arranged at function cabin.
Directly acting on function cabin, tumbler below uses under the embodiment of cylinder, it is also possible to process the dead angles such as the outer wall of cylinder.
In some embodiments, the ultrasonic atomization antimicrobial treatment device that this utility model provides also includes that the second ventilation unit, the second ventilation unit act on the exit of described ozonator.
In embodiment in ozonator is directly mounted at function cabin, it is provided that preferably air-flow guiding function.
In some embodiments, function cabin is configured with ultraviolet generator.The ultraviolet generator of function cabin configuration provides this utility model wider array of antibacterial range.This utility model is made to have the most treatable function of the articles for use to every field.Further, when function cabin is vacant, possess to the function of sterilization treatment in self cabin.Device is simple, easily realizes.
In some embodiments, ultraviolet generator is arranged at function cabin inwall.
In some embodiments, ultraviolet generator is arranged at inner wall of rotary drum.
In some embodiments, tumbler includes:
Cylinder, is arranged in function cabin；And
Power set, outfan acts on cylinder, for providing the power of cylinder axial rotation.
The tumbler that this utility model provides, it is provided that controlled the cylinder rotated by power set, some need not the article fixed can to place pending object, such as medicated clothing etc. in cylinder.
In some embodiments, ultraviolet generator is arranged at inner wall of rotary drum.
Use in all enforcements with cylinder at tumbler, the ultraviolet generator installation site that this utility model provides does not limits, when ultraviolet generator is arranged at inner wall of rotary drum, ultraviolet generator rotates along with the rotation of cylinder, can be cleaned some dead angles processing.
In all embodiments with cylinder, cylinder wall is preferably provided with multiple 5th mouthful, facilitates contacting of mist type agent and built-in pending object.
The rotation direction of cylinder is not limited by this utility model, and rotation axis can be with vertical direction, it is also possible to be horizontally oriented, and when pending article are medicated clothing, preferably rotation axis is that horizontal direction, beneficially medicated clothing are seethed in cylinder.
In some embodiments, it is preferred in tumbler also includes being arranged at cylinder and for positioning the fixture of pending object.
The implementation of fixture is not limited by this utility model, is as the criterion being capable of positioning the function of pending object.The above-mentioned fixing article that need can be shoes, it is also possible to being mobile phone, this is not restricted by this utility model.
The fixed form of fixture with cylinder is not restricted by this utility model, and fixture can be to be fixed in cylinder by securing member, along with the rotation of cylinder synchronizes rotation in the same direction.
In some embodiments, being fixed with auxiliary tumbler in cylinder of the present utility model, fixture is configured with rotating shaft, and auxiliary tumbler acts on rotating shaft.
Driving fixture by auxiliary tumbler, pending object is while along with the rotation of cylinder, and pending object also rotates under the effect of auxiliary tumbler.
In all embodiments with auxiliary tumbler drive fixture, the pivot center of rotating shaft is not parallel with the pivot center of cylinder.
At some embodiments, the pivot center of rotating shaft is arranged vertically with the pivot center of cylinder.
So, pending object also does the motion of other direction while along with the rotation of cylinder under the effect of auxiliary tumbler.Make each surface of pending object or inner surface and gauffer, mist type agent can be touched.
In some embodiments, the ultrasonic atomization antimicrobial treatment device tumbler that this utility model provides also includes:
Fixture, is fixed in function cabin, for positioning the fixture of pending object, and is configured with rotating shaft；And
Power set, outfan acts on rotating shaft, for providing the power of rotating shaft axial rotation.
Under the embodiment not having cylinder, the fixture directly driven by power set is rotated, and has the effect reducing volume of the present utility model.
In some embodiments, ultraviolet generator is arranged at function cabin inwall.
Accompanying drawing explanation
A kind of structural representation of the ultrasonic atomization antimicrobial treatment device of a kind of embodiment that Fig. 1 provides for this utility model；
A kind of structural representation of the ultrasonic atomization antimicrobial treatment device of another embodiment that Fig. 2 provides for this utility model；
A kind of structural representation of the ultrasonic atomization antimicrobial treatment device of the another embodiment that Fig. 3 provides for this utility model；
A kind of structural representation of the ultrasonic atomization antimicrobial treatment device of the another embodiment that Fig. 4 provides for this utility model.
Detailed description of the invention
Below in conjunction with the accompanying drawings and specific embodiment is described in further detail explanation to this utility model.
As shown in Figures 1 to 4, this utility model provides a kind of ultrasonic atomization antimicrobial treatment device, including
Atomization cabin 1, is mist type agent for being atomized by medicament mixed liquor, and for mist type agent is carried out concentration accumulation；
Function cabin 2, for placing pending object；
First ventilation unit, for being transferred to function cabin 2 by the mist type agent in atomization cabin 1；
Tumbler, for making pending object rotate motion；And
Ozonator 6；
Wherein, atomization cabin 1 is configured with the first 11 in connectivity capabilities cabin 2, and the mist type agent in atomization cabin 1 is transferred to function cabin 2 by first 11；
Atomization cabin 1 is configured with mixing liquid bath 12, is used for placing medicament mixed liquor；
Mixing liquid bath 12 is configured with for medicament mixed liquor is atomized the soniclizer 13 for mist type agent.
The ultrasonic atomization antimicrobial treatment device of this utility model offer, is placed in the mixing liquid bath 12 in atomization cabin 1 by antimicrobial fluid, and antimicrobial fluid being atomized by the soniclizer 13 of mixing liquid bath 12 configuration is mist type agent, and carries out concentration accumulation in atomization cabin 1；By the first 11 in atomization connectivity capabilities cabin, cabin 12, mist type agent is transferred to function cabin 2 again, pending object is placed in function cabin 2, pending object is rotated motion by tumbler, with the surface by object dispersed to pending for mist type agent, in order to antimicrobial treatment.Ozonator 6 provides this utility model wider array of antibacterial range.This utility model is made to have the most treatable function of the articles for use to every field.Further, when function cabin 2 is vacant, possess to the function of sterilization treatment in self cabin.
As shown in Figures 1 to 4, detailed description of the invention as a kind of mounting means of ozonator 6, the ultrasonic atomization antimicrobial treatment device that this utility model provides also includes that ozone occurs cabin 61, ozonator 6 is positioned at ozone and occurs cabin 61, ozone generation cabin 61 to be configured with the 7th mouthful 62 of connectivity capabilities cabin 2.
Occur cabin 61 that the ozone produced carries out concentration accumulation by ozone, and be delivered to function cabin 2 if desired by the ozone after concentration being accumulated with the 7th of connectivity capabilities cabin 2 the mouthful 62.
On the basis of having the embodiment of the 7th mouthful 62 that ozone occurs cabin 61 and ozone to occur cabin 61 to be configured with connectivity capabilities cabin 2, this utility model also proposed the most perfect:
Ultrasonic atomization antimicrobial treatment device of the present utility model also includes that the second ventilation unit, the second ventilation unit include three fan 71, and three fan 71 is installed on the position of the 7th mouthful 62；
Three fan 71 is dried towards the direction of function cabin 2 at the 7th mouthful 62.
There is the ozone of concentration accumulation in cabin 61 to function cabin 2 delivery of ozone in three fan 71, accelerates mass exchange, the uniformity of ozone content in raising function cabin 2.
Having on the basis of ozone occurs cabin 61 and ozone to occur cabin 61 to be configured with the 7th mouthful 62 of connectivity capabilities cabin 2, further, function cabin 2 has the 8th mouthful 24 for gas backstreaming in function cabin 2 to ozone occurs cabin 61.
Convenient backflow, and in function cabin 2, form certain gas flow shape.Certainly, this utility model does not limit to and uses the 8th mouthful of 24 conduct backflow, within using outside air to should also be as belonging to protection domain of the present utility model.
In having the embodiment of the 8th mouthful 24, further, the second ventilation unit of the present utility model includes that the 4th fan 72, the 4th fan 72 are installed on the position of the 8th mouthful 24；The direction blowing in cabin 61 is there is towards ozone in the 4th fan 72 at the 8th mouthful 24；
Additionally, in having the embodiment of the 8th mouthful 24, as the 7th mouthful 62 is installed the three fan 71 that oriented function cabin 2 direction acts on, then the 4th fan 72 is used for improving convection effects.
In having the embodiment of the 8th mouthful 24, such as the 7th mouthful of 62 three fan 71 being fitted without the effect of oriented function cabin 2 direction, then there is cabin 61 in the 4th fan 72 ozone extrusion ozone after concentration accumulation in providing the air-flow of function cabin 2 that ozone occurs cabin 61.
In having all enforcements of the 7th mouthful 62, optimizing further, ultrasonic atomization antimicrobial treatment device also includes the third channel 53 connecting the 7th mouthful 62 and function cabin 2；
Larger range of action effect is provided.
In having all enforcements of the 8th mouthful 24, optimizing further, ultrasonic atomization antimicrobial treatment device also includes connecting the 8th mouthful 24 and the fourth lane 54 in ozone generation cabin 61；
Larger range of action effect is provided, increases the scope that can act on.
In all embodiments with ozone generation cabin 61, ozone occurs cabin 61 to may be located at outside function cabin 2, it is also possible to being positioned at function cabin 2 internal, this is not restricted by this utility model；
No matter ozone occurs cabin 61 the most internal or outside in function cabin 2, and the concrete form of third channel 53 and fourth lane 54 is not restricted by this utility model, and third channel 53 and fourth lane 54 can each have independent passage；
Third channel 53 and fourth lane 54 can also non-structure borders.Non-structure border refers to that third channel 53 and fourth lane 54 are an entirety, this part of the whole is used for performing the function of delivery air in function cabin 2 of the 7th mouthful 62, and another part of this entirety occurs the function of cabin 61 internal reflux gas for the ozone performing the 8th mouthful 24.This do not have entity structure border, but there is the structure that function is different, referred to as non-structure border.This embodiment should also be as belonging to protection domain of the present utility model.
Third channel 53 and fourth lane 54 are separate, i.e. this utility model can take the embodiment that third channel 53 and fourth lane 54 all exist；Third channel 53 can also be used not exist, and fourth lane 54 exists；Third channel 53 and fourth lane 54 can also be used not to exist.Certainly, third channel 53 exists, and the non-existent situation of fourth lane 54 should fall within protection domain of the present utility model.
As shown in Figures 1 to 4, the first ventilation unit includes the first fan 31, and the first fan 31 is dried towards the direction of function cabin 2 at first 11.
First ventilation unit passes through the mist type agent after concentration is accumulated by the first fan 31 to the transfer of function cabin 2.
The position of the first fan 31 is not specifically limited by this utility model, as long as shifting gas by first 11 to function cabin 2, can be proximate in the atomization cabin 1 at first 11 by the first fan 31；Can also be proximate in the function cabin 2 at first 11, these all should be within protection domain of the present utility model.
In all enforcements with first 11, further preferably, have for by second mouthful 21 of gas backstreaming in function cabin 2 to atomization cabin 1 such as Fig. 1 to 4 function cabin 2.
Under first 11 is provided with the embodiment of the first fan 31 dried in the direction towards function cabin 2, as gas backstreaming, function cabin 2 has for by second mouthful 21 of gas backstreaming to atomization cabin 1.
It is pointed out that to maintain the stable gas pressure in atomization cabin 1, in there is second mouthful 21 or not there is the embodiment of second mouthful 21, can separately open the 6th mouthful 15 be in communication with the outside.As it is shown in figure 1, to keep mist type agent in time being atomized cabin 1 to the transfer of function cabin 2, the external world can provide extraneous gas to supplement the air pressure in atomization cabin 1.
In all enforcements possessing second mouthful 21, ventilation unit can include the second fan 32, and the second fan 32 is dried towards the direction in atomization cabin 1 at second mouthful 21.
Under first 11 is provided with the embodiment of the first fan 31 dried in the direction towards function cabin 2, the second fan 32 of second mouthful of 21 direction blowing can being provided with towards atomization cabin 1, it is provided that preferably gas backstreaming, reduces the load of the first fan 31.As shown in Figure 1.
Under first 11 is not provided with the embodiment of the first fan 31 dried in the direction towards function cabin 2, the second fan 32 dried in the direction towards atomization cabin 1 can also be provided with for second mouthful 21, by providing the reflux gas of excess, compressing atomization cabin 1 completes the mist type agent of concentration accumulation to the transfer of function cabin 2.Though not providing illustration, but still belong to protection domain of the present utility model.
On the basis of atomization cabin 1 possesses all embodiments of first 11, optimizing further, function cabin 2 is configured with the 3rd mouthful 22 of connection first 11, and ultrasonic atomization antimicrobial treatment device also includes connecting first 11 and the first passage 51 of the 3rd mouthful 22.
Function cabin 2 directly can carry out mass exchange by first 11 and the 3rd mouthful 22 with atomization cabin 1, it is also possible to carries out mass exchange by the first passage 51 being separately provided；In the embodiment with first passage 51, the first fan 31 can be directly mounted in first passage 51.
On the basis of function cabin 2 possesses all embodiments of second mouthful 21, optimizing further, atomization cabin 1 has the 4th mouthful 14 of second mouthful 21 of connection, and ultrasonic atomization antimicrobial treatment device also includes connecting second mouthful 21 and the second channel 52 of the 4th mouthful 14.
Function cabin 2 directly can carry out mass exchange by second mouthful 21 and the 4th mouthful 14 with atomization cabin 1, it is also possible to carries out mass exchange by the second channel 52 being separately provided；In the embodiment with first passage 51, the second fan 32 can be directly mounted in second channel 52 (as shown in Figure 3).
First passage 51 and second channel 52 are separate, i.e. this utility model can take such as Fig. 1, the state of 2, first passage 51 and second channel 5 all to exist；State as shown in Figure 3, first passage 51 can also be used not to exist, and second channel 5 exists；State as shown in Figure 4, first passage 51 and second channel 52 can also be used not to exist.Certainly, first passage 51 exists, and the non-existent situation of second channel 5 should fall within protection domain of the present utility model.
The ultrasonic atomization antimicrobial treatment device that this utility model provides does not has many restriction relations to the position relationship of function cabin 2 with atomization cabin 1, function cabin 2 can be to have the most independent operating cabin with atomization cabin 1, completes mass exchange by first 11, second mouthful 21 etc..It is internal that atomization cabin 1 can also be in function cabin 2, and on the such as cabin inwall within function cabin 2, this is not restricted by this utility model.
No matter it is that the first passage 51 of ultrasonic atomization antimicrobial treatment device and the form of second channel 52 that this utility model provides do not limit in the embodiment within function cabin 2 in atomization cabin 1, such as, first passage 51 and second channel 52 non-structure border.
The definition on non-structure border is similar above; such as; function cabin 2 carries out mass exchange with atomization cabin 1 by bar hole (or other special-shaped hole slot); a part for bar hole is for performing the function that mist type agent is transferred to function cabin 2 of first 11; another part is for the function by gas backstreaming in function cabin 2 to atomization cabin 1 performing second mouthful 21; deformation in the cognition of these skilled person, it should also belong to protection domain of the present utility model.
As the another kind of mounting means of ozonator 6, ozonator 6 can be directly mounted in function cabin 2.
Directly acting on function cabin 2 internal, tumbler below uses under the embodiment of cylinder 41, it is also possible to process the dead angles such as the outer wall of cylinder 41.
In embodiment in ozonator 6 is directly mounted at function cabin 2, the ultrasonic atomization antimicrobial treatment device that this utility model provides can also include that the second ventilation unit, the second ventilation unit act on the exit of described ozonator 6.More preferable air-flow guiding function is provided.
As a kind of embodiment of tumbler, as shown in Figures 1 to 3, tumbler of the present utility model includes:
Cylinder 41, is arranged in function cabin 2；And
Power set 42, outfan acts on cylinder 41, for providing the power of cylinder 41 axial rotation.
The tumbler that this utility model provides, it is provided that controlled the cylinder 41 rotated by power set 42, some need not the article fixed can to place pending object, such as medicated clothing etc. in cylinder 41.
In all embodiments with cylinder 41, cylinder 41 wall is preferably provided with multiple 5th mouthful 45, facilitates contacting of mist type agent and built-in pending object.
The rotation direction of cylinder 41 is not limited by this utility model, and rotation axis can be with vertical direction, it is also possible to be horizontally oriented, when pending article are medicated clothing, as it is shown in figure 1, preferably rotation axis is that horizontal direction, beneficially medicated clothing are seethed in cylinder 41.
When processing the article needing to fix, in preferably tumbler also includes being arranged at cylinder 41 and for positioning the fixture 43 of pending object.
The implementation of fixture 43 is not limited by this utility model, is as the criterion being capable of positioning the function of pending object.The above-mentioned fixing article that need can be shoes, it is also possible to being mobile phone, this is not restricted by this utility model.
The fixed form of fixture 43 with cylinder 41 is not restricted by this utility model, and fixture 43 can be to be fixed in cylinder 41 by securing member, along with the rotation of cylinder 41 synchronizes rotation in the same direction.
In all enforcements with cylinder 41, as shown in Figure 2,3, can be fixed with auxiliary tumbler 4 in cylinder 41 of the present utility model, fixture 43 is configured with rotating shaft 431, and auxiliary tumbler 4 acts on rotating shaft 431；Driving fixture 43 by auxiliary tumbler 4, pending object is while the rotation along with cylinder 41, and pending object also rotates under the effect of auxiliary tumbler 4.
In all embodiments having auxiliary tumbler 4 and driving fixture 43, the preferably pivot center of rotating shaft 431 is not parallel with the pivot center of cylinder 41.The most further, the pivot center of rotating shaft 431 is arranged vertically with the pivot center of cylinder 41.
So, pending object also does the motion of other direction while the rotation along with cylinder 41 under the effect of auxiliary tumbler 4.Make each surface of pending object or inner surface and gauffer, mist type agent can be touched.
Certainly, the another embodiment of the tumbler of the ultrasonic atomization antimicrobial treatment device that this utility model provides, as shown in Figure 4, tumbler can also include:
Fixture 43, is fixed in function cabin 2, for positioning the fixture 43 of pending object, and is configured with rotating shaft 431；And
Power set 42, outfan acts on rotating shaft 431, for providing the power of rotating shaft 431 axial rotation.
Under the embodiment not having cylinder 41, the fixture 43 directly driven by power set 42 is rotated, and has the effect reducing volume of the present utility model.
In the above-described embodiments, function cabin 2 configures all can ultraviolet generator 23.The ultraviolet generator 23 of function cabin 2 configuration provides this utility model wider array of antibacterial range.This utility model is made to have the most treatable function of the articles for use to every field.Further, when function cabin is vacant, possess to the function of sterilization treatment in self cabin.Device is simple, easily realizes.
In tumbler uses all embodiments of cylinder 41, the installation site of ultraviolet generator 23 is not limited by this utility model, function cabin 2 inwall can be mounted to, it is also possible to be that ultraviolet generator 23 is arranged at cylinder 41 inwall, can rotate along with the rotation of cylinder 41.More dead angles can be processed.
Use the embodiment of which kind of form regardless of power set 42, ultraviolet generator 23 all can be arranged at function cabin 2 inwall.
The above is only optimal way of the present utility model; it should be pointed out that, to those skilled in the art, on the premise of creating design without departing from this utility model; some similar deformation and improvement can also be made, within these also should be regarded as protection domain of the present utility model.
Claims (10)
1. a ultrasonic atomization antimicrobial treatment device, it is characterised in that include
Atomization cabin (1), is mist type agent for being atomized by medicament mixed liquor, and for described mist type agent is carried out concentration accumulation；
Function cabin (2), for placing pending object；
First ventilation unit, for being transferred to function cabin (2) by the mist type agent in described atomization cabin (1)；
Tumbler, for making pending object rotate motion；And
Ozonator (6)；
Wherein, described atomization cabin (1) is configured with the first (11) connecting described function cabin (2), and the mist type agent in described atomization cabin (1) is transferred to function cabin (2) by described first (11)；
Described atomization cabin (1) is configured with mixing liquid bath (12), is used for placing described medicament mixed liquor；
Described mixing liquid bath (12) is configured with for described medicament mixed liquor is atomized the soniclizer (13) for mist type agent.
A kind of ultrasonic atomization antimicrobial treatment device the most according to claim 1, it is characterized in that, also include that ozone occurs cabin (61), described ozonator (6) is positioned at described ozone and cabin (61) occurs, and described ozone occurs cabin (61) to be configured with the 7th mouthful (62) connecting described function cabin (2)；
Described ultrasonic atomization antimicrobial treatment device also includes that the second ventilation unit, described second ventilation unit include that three fan (71), three fan (71) are installed on the position of described 7th mouthful (62)；Described three fan (71) is dried towards the direction of described function cabin (2) at described 7th mouthful of (62) place；
Described function cabin (2) has the 8th mouthful (24) for gas backstreaming in function cabin (2) to described ozone occurs cabin (61).
A kind of ultrasonic atomization antimicrobial treatment device the most according to claim 2, it is characterized in that, described second ventilation unit includes that the 4th fan (72), described 4th fan (72) are installed on the position of described 8th mouthful (24)；The direction blowing in cabin (61) is there is towards described ozone in described 4th fan (72) at described 8th mouthful of (24) place.
A kind of ultrasonic atomization antimicrobial treatment device the most according to claim 2, it is characterised in that
Described ultrasonic atomization antimicrobial treatment device also includes the third channel (53) connecting described 7th mouthful (62) and described function cabin (2)；
Described ultrasonic atomization antimicrobial treatment device also includes connecting described 8th mouthful (24) and the fourth lane (54) of described ozone generation cabin (61)；
Described third channel (53) and described fourth lane (54) non-structure border.
A kind of ultrasonic atomization antimicrobial treatment device the most according to claim 1, it is characterised in that described ozone occurs cabin (61) to be positioned at described function cabin (2).
A kind of ultrasonic atomization antimicrobial treatment device the most according to claim 1, it is characterised in that
Described first ventilation unit includes the first fan (31), and described first fan (31) is dried towards the direction of described function cabin (2) at described first (11) place；
Described function cabin (2) is configured with the 3rd mouthful (22) connecting described first (11), and described ultrasonic atomization antimicrobial treatment device also includes connecting described first (11) and the first passage (51) of described 3rd mouthful (22)；
Described function cabin (2) has for second mouthful (21) by gas backstreaming in function cabin (2) to described atomization cabin (1)；
Described first ventilation unit includes the second fan (32), and described second fan (32) is dried towards the direction of described atomization cabin (1) at described second mouthful of (21) place；
Described atomization cabin (1) has the 4th mouthful (14) connecting described second mouthful (21), and described ultrasonic atomization antimicrobial treatment device also includes connecting described second mouthful (21) and the second channel (52) of described 4th mouthful (14).
A kind of ultrasonic atomization antimicrobial treatment device the most according to claim 6, it is characterised in that
Described atomization cabin (1) is positioned at described function cabin (2)；
Described first passage (51)) and described second channel (52) non-structure border.
A kind of ultrasonic atomization antimicrobial treatment device the most according to claim 1, it is characterised in that
Described ozonator (6) is positioned at described function cabin (2)；
Described ultrasonic atomization antimicrobial treatment device also includes that the second ventilation unit, described second ventilation unit act on the exit of described ozonator (6).
A kind of ultrasonic atomization antimicrobial treatment device the most according to claim 1, it is characterised in that described function cabin (2) is configured with ultraviolet generator (23).
10. according to a kind of ultrasonic atomization antimicrobial treatment device described in any one of claim 1～9, it is characterised in that described tumbler includes:
Cylinder (41), is arranged in described function cabin (2)；And
Power set (42), outfan acts on described cylinder (41), is used for providing the power of described cylinder (41) axial rotation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620104466.0U CN205626561U (en) | 2016-02-02 | 2016-02-02 | Antibiotic processing apparatus of ultrasonic atomization |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620104466.0U CN205626561U (en) | 2016-02-02 | 2016-02-02 | Antibiotic processing apparatus of ultrasonic atomization |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205626561U true CN205626561U (en) | 2016-10-12 |
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ID=57078118
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620104466.0U Expired - Fee Related CN205626561U (en) | 2016-02-02 | 2016-02-02 | Antibiotic processing apparatus of ultrasonic atomization |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205626561U (en) |
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2016
- 2016-02-02 CN CN201620104466.0U patent/CN205626561U/en not_active Expired - Fee Related
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